Internal disease rapid screening device, rapid-screening internal unit thereof, computer readable recording media storing program and rapid-responding method for identifying specific images

Abstract

An in vivo unit is suitable for an in vivo disease rapid screening device and a rapid feedback method for identifying specific images. The in vivo unit includes a housing, a traction wire, a camera module, a first communication module, and a first processor. The traction wire is connected to a second end of the housing. The camera module is used to capture images of the outer side of the first end of the housing. The first processor is used to execute a lesion identification program, which includes recording the detection result when the response image matches the lesion criteria. The first processor transmits the rapid screening result via the first communication module. When the first processor has recorded the detection result, the rapid screening result is "detected"; otherwise, the rapid screening result is "not detected." The rapid screening device includes an external unit. A second processor of the external unit obtains the rapid screening result via a second communication module to control the output elements of the external unit to make corresponding outputs.

Claims

1. An in vivo disease rapid screening device, comprising: an in vivo rapid screening unit, including: a housing having a receiving portion, a first end, and a second end; a traction wire connected to the second end; a camera module located in the receiving portion and used to capture an image of the outer side of the first end; a first communication module located in the receiving portion; and a first processor located in the receiving portion, the first processor being used to execute a lesion identification program, the lesion identification program including: recording a detection result in response to the image matching a lesion condition; wherein... The first processor transmits a rapid screening result via the first communication module, wherein when the first processor has recorded the detection result, the rapid screening result is a detected result; otherwise, the rapid screening result is a non-detected result. An external unit includes an output element, a second processor, and a second communication module. The second communication module is coupled to the first communication module. The second processor obtains the rapid screening result via the second communication module to control the output element to perform corresponding outputs.

2. The in vivo disease rapid screening device as claimed in claim 1, wherein the camera module captures the image at a predetermined frequency, and the step of recording the detection result in response to the image meeting the lesion condition is to record the detection result in response to one of the images meeting the lesion condition.

3. The in vivo disease rapid screening device as described in claim 2, wherein the first processor executes the lesion identification procedure only in response to one of the images meeting the initial lesion identification criteria.

4. The in vivo disease rapid screening device as described in claim 3, wherein the lesion identification procedure further includes: determining whether one of the images meets a lesion identification termination condition; and if one of the images meets the lesion identification termination condition, terminating the lesion identification procedure, otherwise continuing the lesion identification procedure.

5. The in vivo disease rapid screening device as described in claim 4, wherein, The initial lesion identification condition is an esophageal image and the final lesion identification condition is a cardia image; the initial lesion identification condition is the esophageal image and the final lesion identification condition is the cardia image and the esophageal image; or the initial lesion identification condition is the cardia image and the final lesion identification condition is the esophageal image.

6. The in vivo disease rapid screening device as described in claim 4, wherein the first processor executes the step of "transmitting the rapid screening result via the first communication module" only after executing the step of "ending the lesion identification process if one of the images meets the conditions for ending lesion identification".

7. The in vivo disease rapid screening device as described in any one of claims 2 to 6, wherein the lesion identification procedure further includes: in response to one of the images meeting an interference condition, transmitting a notification signal via the first communication module, and the second processor, after receiving the notification signal via the second communication module, controlling the output element to output a notification command.

8. The in vivo disease rapid screening device as described in any one of claims 2 to 6, wherein the output element is an indicator light, a display screen, or a speaker.

9. The in vivo disease rapid screening device as described in any one of claims 2 to 6, wherein the traction line includes a stop, through which the traction line is connected to the second end.

10. The in vivo disease rapid screening device as claimed in claim 9, wherein the length of the outer casing and the wire stop of the in vivo rapid screening unit along the long axis is not less than 4 millimeters (mm).

11. The in vivo disease rapid screening device as described in any one of claims 2 to 6, wherein the traction wire does not have an electrical signal conduction structure.

12. An in vivo rapid screening unit, comprising: a housing having a receiving portion, a first end, and a second end; a traction wire connected to the second end; a camera module located in the receiving portion and used to capture an image of the outer side of the first end; a first communication module located in the receiving portion; and a first processor located in the receiving portion, the first processor being used to execute a lesion identification program, the lesion identification program comprising: recording a detection result in response to the image matching a lesion condition; wherein... The first processor transmits a quick screening result via the first communication module. When the first processor has recorded the detection result, the quick screening result is a detection; otherwise, the quick screening result is a non-detection.

13. The in vivo rapid screening unit as described in claim 12, wherein the first processor controls the camera module to capture the image at a predetermined frequency, and the step of recording the detection result in response to the image meeting the lesion condition is to record the detection result in response to one of the images meeting the lesion condition.

14. The in vivo rapid screening unit as described in claim 13, wherein the first processor executes the lesion identification procedure only in response to one of the images meeting the initial lesion identification criteria.

15. The in vivo rapid screening unit as described in claim 14, wherein the lesion identification procedure further includes: determining whether one of the images meets a lesion identification termination condition; and if one of the images meets the lesion identification termination condition, terminating the lesion identification procedure, otherwise continuing the lesion identification procedure.

16. The in vivo rapid screening unit as described in any of claims 12 to 15, wherein the lesion identification procedure further includes: transmitting a notification signal via the first communication module in response to one of the images meeting an interference condition.

17. A computer-readable recording medium with stored program, suitable for an in vivo rapid screening unit, the in vivo rapid screening unit acquiring multiple in vivo images at a predetermined frequency, and, when a computer executes the program, performing: in response to one of the in vivo images meeting an initial lesion identification condition, performing a lesion identification procedure, the lesion identification procedure comprising: in response to one of the in vivo images meeting a lesion condition, recording a detection result; determining whether one of the in vivo images meets an end lesion identification condition; and if one of the in vivo images meets the end lesion identification condition, ending the lesion identification procedure, otherwise continuing the lesion identification procedure; and transmitting a rapid screening result, wherein... If the lesion identification program has recorded the detection result, the rapid screening result is "detected"; otherwise, the rapid screening result is "not detected".

18. A computer-readable recording medium containing the internal storage as described in claim 17, wherein, The initial lesion identification condition is an esophageal image and the final lesion identification condition is a cardia image; the initial lesion identification condition is the esophageal image and the final lesion identification condition is the cardia image and the esophageal image; or the initial lesion identification condition is the cardia image and the final lesion identification condition is the esophageal image.

19. A computer-readable recording medium containing a storage program as described in claim 17 or 18, wherein the lesion identification program further includes: transmitting a notification signal in response to one of the in vivo images meeting an interference condition.

20. A computer-readable recording medium containing an internal storage program as described in claim 17 or 18, wherein the step of recording the detection result in response to one of the in vivo images meeting the lesion criteria further includes the action of ending the lesion identification process.

21. A rapid feedback method for identifying a specific image, suitable for an in vivo rapid screening unit, the in vivo rapid screening unit acquiring a plurality of in vivo images at a predetermined frequency, the method comprising: responding to one of the in vivo images meeting an initial identification condition, performing a specific image identification procedure, the specific image identification procedure comprising: responding to one of the in vivo images meeting a specific image condition, transmitting a compliance result and terminating the specific image identification procedure; and responding to one of the in vivo images not meeting the specific image condition, continuing the specific image identification procedure.

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